Chemicals are very important in the modern world. They can be used for everything from medicine to toilet to shampoos and creams, to more powerful and dangerous substances such as sulfuric acid and caustic soda which are used in industry. Pakistan has fairly simple minerals, which are different Can be converted to chemicals. For use in industry and agriculture, salt, from the salt range, for example, is the raw material for caustic soda and soda ash, which is essential in many chemicals in gypsum, an extremely soft, white rock laid millions of years ago. Having an excellent powder and ue base in the paint, rubber, paper, and fertilizer industries, is especially important for me to make plaster for home walls and ceilings. This page contains a gypsum that you are currently viewing. This helps make the paper a white industry, including leather and textiles. anedo pue Sulfur is the basis of many industrial processes such as oil refining, paints, fertilizers, paints, and explosives. Sulfur is found in volcanic or seismic activity. Pakistan's western mountain is based on a kind of crack on the surface of the earth. This is where volcanoes are commonly found and where sulfur is found. The chemical plant has plenty of soil, which can be used in pottery and many other industrial and chemical processes. Is used. Limestone is the most common stone in Pakistan. It is found in the Salt Range, Potwar Plateau, Margalla Hills and most parts of Balochistan, to name a few. Limestone is an important raw material for making cement and is therefore very important. Cement is essential for building and construction. Canals are also lined with concrete to prevent water from seeping into the soil. Powdered limestone is also used as fertilizer. Making Cement Although the raw material of cement is cheap and requires a large amount of heat in its preparation. Fortunately, the country's natural gas provides much of it. The broken limestone is on top of a huge bent steel tube that is 200 meters long and six meters wide. The tube rotates very slowly. At the same time, a very hot flame escapes from the lower end of the to. In extreme heat, the limestone turns into 'rock' columns which